Obtaining an Inventory Rule (SDK for Java)
Function
This API returns an inventory rule (identified by configurationId) for the bucket.
Restrictions
- To obtain a bucket inventory rule, you must be the bucket owner or have the required permission (obs:bucket:GetInventoryConfiguration in IAM or GetInventoryConfiguration in a bucket policy). For details, see Introduction to OBS Access Control, IAM Custom Policies, and Creating a Custom Bucket Policy.
Method
obsClient.getInventoryConfiguration(GetInventoryConfigurationRequest request)
Request Parameters
Parameter |
Type |
Mandatory (Yes/No) |
Description |
---|---|---|---|
bucketName |
String |
Yes |
Explanation: Bucket name. Restrictions:
Default value: None |
configurationId |
String |
Yes |
Explanation: ID of the inventory rule. Restrictions: The ID can be up to 64 bytes long and allows letters (a–z, A–Z), digits (0–9), hyphens (-), underscores (_), and periods (.). Default value: None |
Responses
Parameter |
Type |
Description |
---|---|---|
statusCode |
int |
Explanation: HTTP status code. Value range: A status code is a group of digits that can be 2xx (indicating successes) or 4xx or 5xx (indicating errors). It indicates the status of a response. For more information, see Status Code. Default value: None |
responseHeaders |
Map<String, Object> |
Explanation: HTTP response header list, composed of tuples. In a tuple, the String key indicates the name of the header, and the Object value indicates the value of the header. Default value: None |
inventoryConfiguration |
Explanation: Bucket inventory configurations. For details, see Table 3. |
Parameter |
Type |
Mandatory (Yes/No) |
Description |
---|---|---|---|
configurationId |
String |
Yes |
Explanation: ID of a bucket inventory rule. Restrictions: The rule ID allows letters (a–z, A–Z), digits (0–9), hyphens (-), underscores (_), and periods (.). Value range: The value can be up to 64 characters long. Default value: None |
isEnabled |
boolean |
Yes |
Explanation: Whether the bucket inventory rule is enabled. Value range: true: The rule is enabled, and an inventory file is generated. false: The rule is disabled. No inventory file is generated. Default value: true |
objectPrefix |
String |
No |
Explanation: Used to filter objects. Only objects with the specified name prefix are included in the inventory. Value range: The value must contain 1 to 1,024 characters. Default value: None |
frequency |
String |
Yes |
Explanation: Intervals when inventories are generated. You can set this parameter to Daily or Weekly. An inventory is generated within one hour from when it is configured for the first time. Then it is generated at the specified intervals. Value range: Daily: Inventories are generated once a day. Weekly: Inventories are generated once a week. Default value: None |
inventoryFormat |
String |
Yes |
Explanation: Inventory file format. Only the CSV format is supported. Value range: CSV Default value: None |
destinationBucket |
String |
Yes |
Explanation: Name of the bucket for storing inventories. Restrictions:
Default value: None |
inventoryPrefix |
String |
No |
Explanation: The prefix of the inventory file name. Value range: The value must contain 1 to 1,024 characters. Default value: If you do not specify this parameter, BucketInventory is used as the prefix by default. |
includedObjectVersions |
String |
Yes |
Explanation: Whether versions of objects are included in an inventory. Value range:
Default value: None |
optionalFields |
ArrayList<String> |
No |
Explanation: Additional object metadata fields that are contained in an inventory file. Value range: Size: Object size. LastModifiedDate: Last time when the object was modified. StorageClass: The storage class of the object. ETag: The ETag value of the object. IsMultipartUploaded: Whether the object was uploaded in a multipart upload. ReplicationStatus: The cross-region replication status of the object. EncryptionStatus: The encryption status of the object. Default value: None |
Code Examples
This example returns the inventory rule whose ID is exampleConfigId001 for bucket example-bucket.
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import com.obs.services.ObsClient; import com.obs.services.exception.ObsException; import com.obs.services.model.inventory.GetInventoryConfigurationRequest; import com.obs.services.model.inventory.GetInventoryConfigurationResult; import com.obs.services.model.inventory.InventoryConfiguration; public class GetInventoryConfiguration001 { public static void main(String[] args) { // Obtain an AK/SK pair using environment variables or import the AK/SK pair in other ways. Using hard coding may result in leakage. // Obtain an AK/SK pair on the management console. String ak = System.getenv("ACCESS_KEY_ID"); String sk = System.getenv("SECRET_ACCESS_KEY_ID"); // (Optional) If you are using a temporary AK/SK pair and a security token to access OBS, you are advised not to use hard coding, which may result in information leakage. // Obtain an AK/SK pair and a security token using environment variables or import them in other ways. // String securityToken = System.getenv("SECURITY_TOKEN"); // Enter the endpoint corresponding to the bucket. EU-Dublin is used here as an example. Replace it with the one in your actual situation. String endPoint = "https://obs.eu-west-101.myhuaweicloud.eu"; // Obtain an endpoint using environment variables or import it in other ways. // String endPoint = System.getenv("ENDPOINT"); // Create an ObsClient instance. // Use the permanent AK/SK pair to initialize the client. ObsClient obsClient = new ObsClient(ak, sk,endPoint); // Use the temporary AK/SK pair and security token to initialize the client. // ObsClient obsClient = new ObsClient(ak, sk, securityToken, endPoint); try { // Set the following parameters. String exampleBucketName = "example-bucket"; String exampleConfigurationId = "exampleConfigId001"; GetInventoryConfigurationRequest request = new GetInventoryConfigurationRequest(exampleBucketName, exampleConfigurationId); // Obtain the inventory rule. GetInventoryConfigurationResult result = obsClient.getInventoryConfiguration(request); InventoryConfiguration inventoryConfiguration = result.getInventoryConfiguration(); // Print all parameters in the inventory rule. System.out.println("ConfigurationId:" + inventoryConfiguration.getConfigurationId()); System.out.println("DestinationBucket:" + inventoryConfiguration.getDestinationBucket()); System.out.println("InventoryFormat:" + inventoryConfiguration.getInventoryFormat()); System.out.println("Enabled:" + inventoryConfiguration.getEnabled()); System.out.println("Frequency:" + inventoryConfiguration.getFrequency()); System.out.println("IncludedObjectVersions:" + inventoryConfiguration.getIncludedObjectVersions()); System.out.println("InventoryPrefix:" + inventoryConfiguration.getInventoryPrefix()); System.out.println("ObjectPrefix:" + inventoryConfiguration.getObjectPrefix()); System.out.println("OptionalFields:" + inventoryConfiguration.getOptionalFields()); // Print the HTTP status code. System.out.println("HTTP Code: " + result.getStatusCode()); System.out.println("GetInventoryConfiguration succeeded"); } catch (ObsException e) { System.out.println("GetInventoryConfiguration failed"); // Request failed. Print the HTTP status code. System.out.println("HTTP Code: " + e.getResponseCode()); // Request failed. Print the server-side error code. System.out.println("Error Code:" + e.getErrorCode()); // Request failed. Print the error details. System.out.println("Error Message:" + e.getErrorMessage()); // Request failed. Print the request ID. System.out.println("Request ID:" + e.getErrorRequestId()); System.out.println("Host ID:" + e.getErrorHostId()); } catch (Exception e) { System.out.println("GetInventoryConfiguration failed"); // Print other error information. e.printStackTrace(); } } } |
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